Flavour physics as a window to new physics searches.

Area of Science:

• Particle Physics
• High Energy Physics
• Standard Model Physics

Background:

• Flavour physics is a key component of the Standard Model (SM).
• Experimental confirmation of the SM was achieved through studies of weak meson decays and the Higgs boson discovery.
• Current research focuses on identifying deviations from SM predictions.

Purpose of the Study:

• To investigate anomalies in B-hadron decays.
• To explore rare meson decays as a method for new physics searches.
• To contribute to the understanding of the particle-gravity frontier.

Main Methods:

• Analysis of experimental data from B-factories.
• Studies of rare meson decay processes.
• Precision measurements of flavour physics observables.

Main Results:

• Observed anomalies in certain B-hadron decays may indicate new physics.
• Rare decays provide sensitive probes for physics beyond the Standard Model.
• Current data is consistent with the Standard Model but precision measurements are crucial.

Conclusions:

• Precision flavour physics experiments are vital for testing the Standard Model.
• Anomalies and rare decays are powerful tools for discovering new fundamental physics.
• Continued investigation is necessary to fully explore the particle-gravity frontier.